Now use Pipenv to install Django.
Command Line
$ pipenv install django
If you look within our directory there are now two new files: Pipfile and Pipfile.lock. We
have the information we need for a new virtual environment but we have not activated it yet.
Let’s do that with pipenv shell.
Command Line
$ pipenv shell
If you are on a Mac you should now see parentheses on your command line with the
environment activated. It will take the format of the directory name and random characters. On
my computer, I see the below but you will see something slightly different: it will start with
django- but end with a random series of characters.
Note that due to an open bug Windows users will not see visual feedback of the virtual
environment at this time. But if you can run django-admin startproject in the next section
then you know your virtual environment has Django installed.
Command Line
(django-JmZ1NTQw) $
This means it’s working! Create a new Django project called test with the following command.
Don’t forget that period . at the end.
Command Line
(django-JmZ1NTQw) $ django-admin startproject test_project .
It’s worth pausing here to explain why you should add a period . to the command. If you just run
django-admin startproject test_project then by default Django will create this directory
structure:
└── test_project
├── manage.py
└── test_project
├── __init__.py
├── settings.py
├── urls.py
└── wsgi.py
See how it creates a new directory test_project and then within it a manage.py file and a
test_project directory? That feels redundant to me since we already created and navigated into
a django folder on our Desktop. By running django-admin startproject test_project .
with the period at the end–which says, install in the current directory–the result is instead this:
├── manage.py
└── test_project
剩余166页未读，继续阅读
jiehongpian9543
- 粉丝: 1
- 资源: 10
我的内容管理
展开
最新资源
- 贵州煤矿矿井水分类与处理策略：悬浮物、酸性与非酸性
- 醛固酮增多症肾上腺静脉采样对比：ACTH后LR-CAV的最优评估
- 开源云连接传感器监控平台：农业土壤湿度远程监测
- 母婴用品企业年度生产计划线性规划优化模型：实证与应用
- 井下智能变电站：Rogowski线圈电流检测系统的研发与性能验证
- 霍州矿区煤巷稳定性分析及支护策略
- ARM嵌入式系统远程软件更新方案：基于TFTP协议
- 煤炭选煤中汞分布规律与洗选脱汞效果
- 提升码垛机器人性能：拉格朗日动力学模型与滑模模糊控制的应用
- 增强现实技术提升学前手写教学：设计与开发案例
- 不规则工作面沉陷三角剖分算法提升与应用
- 卡尔曼滤波在瞬变电磁干扰压制中的应用研究
- 煤矿安全能力研究：理论与系统构建
- LonWorks总线技术在斜巷运输车辆定位与跑车防护中的应用
- 神东煤炭集团高效煤粉锅炉系统：节能环保新实践
- Ti/SnO2+Sb2Ox/PbO2电极分形维数与电催化性能研究
资源上传下载、课程学习等过程中有任何疑问或建议，欢迎提出宝贵意见哦~我们会及时处理！
点击此处反馈
